Results 71 to 80 of about 218 (128)

An experimental approach to the calculate of air-to-water dose ratio in Tehran Research Reactor (TRR) spent fuel using TL dosimeter

Nuclear Engineering and Technology
The Tehran Research Reactor (TRR) is a reliable neutron source in Iran. Dealing with the spent fuel (SF) is one of the most challenging issues in the peaceful use of nuclear technology, both in protecting the public and the environment from the hazardous
R. Adeli
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Measurement of Photoneutron Dose in the Linear Accelerator at the Radiation Therapy Section of Seyed-Al-Shohada Hospital, Isfahan, Iran

مجله دانشکده پزشکی اصفهان, 2012
Background: Radiation therapy with linear accelerators (Linac) is one of the efficient techniques for cancer treatment. However, the interaction between high energy photons and various materials on the Linac's head produces photoneutron contamination ...
Daryoush Shahbazi-Gahrouei, Mostafa Khosravi, Keyvan Jabbari, Rouhollah Gheisari   +3 more
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SUPRALINEARITY OF UV REPOPULATED TL FROM TLD-100. [PDF]

, 1970
Pearson, D. W., Cameron, J. R.
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Energy dependence of TLD 100 and MCP-N detectors

Radiation Measurements, 2008
Abstract One of the most important characteristics of thermoluminescent detectors, if they are intended to be used in a wide range of energies, is their energy response. Thermoluminescent detectors (TLD) 100H and MCP-N, which are the commercial names of the LiF:Mg,Cu,P material, are being examined for their energy response against the well known and ...
V Kamenopoulou
exaly   +2 more sources

Fractional order of kinetics in LiF-TLD 100

Journal of Physics D: Applied Physics, 1984
In a recent letter, McKeever and Lilley (1983) have argued that the non-first-order kinetics for LiF-TLD 100 obtained by Kathuria and Sunta (1983) is an artefact of their experimental set-up. In this letter it is shown that this is not the case.
B . D Bhasin, S . P Kathuria, S . V Mohakil   +2 more
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Thermal quenching by phototransfer in LiF TLD-100

Physics in Medicine & Biology, 1981
Describes an application of the phototransfer property of LiF TLD-100 in the quantitative estimation of a factor for thermal quenching for the high temperature glow peak (385 degrees C) relative to the TL in the temperature region 25-300 degrees C.
S P, Kathuria, C M, Sunta
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Mixed radiation dosimetry with LiF (TLD-100)

Physics in Medicine & Biology, 1970
The LiF dosemeter presents two main glow peaks, one at 210 degrees C and the other at a temperature between 250 and 300 degrees C. It is shown that the two-peak ratio depends on the type of incident radiation. This characteristic makes it possible to use LiF to measure doses in mixed fields (slow neutrons and electromagnetic radiations).
G, Busuoli, A, Cavallini, A, Fassò, O, Rimondi   +3 more
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Thermoluminescence of LiF TLD-100 by phototransfer

Journal of Physics D: Applied Physics, 1976
The residual trapped charge carriers remaining after incomplete annealing of an irradiated thermoluminescent (TL) sample can be transferred to empty trapping sites by incident ultraviolet (UB) photons. Phototransferred thermoluminescence (PTTL) in LiF TLD-100 was studied as a function of the residual glow curve intensity the photon energy of the ...
C M Sunta, S Watanabe
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Order of kinetics for thermoluminescence in LiF (TLD-100)

Journal of Physics D: Applied Physics, 1982
Results are presented on the decay of glow peak V (190 degrees C) in powder as well as single crystal chip samples of LiF. The absence of peak IV (170 degrees C) is confirmed and any contribution from higher temperature glow peaks is accounted for, to ascertain that the decay represents the uncontaminated peak V.
S P Kathuria, C M Sunta
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Trapping parameters for peak XII in LiF TLD-100

Journal of Physics D: Applied Physics, 1983
In the TL glow curve of LiF TLD-100, peak IV appears as a shoulder to peak V. There are few data available on trapping parameters for this peak in the literature. The relative intensities of the two peaks were reversed by annealing the sample at 423K for 23 h before irradiation.
S P Kathuria, S V Moharil
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